SciTubeHD | Inductive Levitation Reactive Metals @BrianDhvTinkerer | Uploaded June 2021 | Updated October 2024, 5 hours ago.
In this video I will show you how make an auto tuning Induction heater based upon the feedback mechanism similar to Steve Wards SSTC5 mini tesla Coil. This circuit can run at high power levels to inductively levitate metals. In this particular video, we will levitate and see what happens with reactive metals. In the video I said “primary feedback”Technically this is wrong as the work coil is the secondary coil. The ferrite coupling transformer is the real primary. All semantics!
Links to circuit diagram and construction details
autotuningmainsinductionheater.wordpress.com/self-tuning-mains-high-power-half-bridge-induction-heater/?preview=true
This particular Induction heater uses work coil feedback and current shunt to keep the coil in perfect tune while adding different types of metals (Al, Li, Na, K, Mg including iron) in the coil. No retuning necessary.
In this video I will show you how make an auto tuning Induction heater based upon the feedback mechanism similar to Steve Wards SSTC5 mini tesla Coil. This circuit can run at high power levels to inductively levitate metals. In this particular video, we will levitate and see what happens with reactive metals. In the video I said “primary feedback”Technically this is wrong as the work coil is the secondary coil. The ferrite coupling transformer is the real primary. All semantics!
Links to circuit diagram and construction details
autotuningmainsinductionheater.wordpress.com/self-tuning-mains-high-power-half-bridge-induction-heater/?preview=true
This particular Induction heater uses work coil feedback and current shunt to keep the coil in perfect tune while adding different types of metals (Al, Li, Na, K, Mg including iron) in the coil. No retuning necessary.
